Fermentation Cellar Radial Layout Optimizing Space and Flow
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Solution Overview
Problem
Traditional vat rooms in the viticulture industry face inefficiencies in space utilization and ergonomics, leading to suboptimal wine production and handling processes due to the arrangement of vats and layout of work areas.
Innovation Solution
A modular vat room design featuring a central circular zone with radial aisles and sectors, allowing tanks of different diameters to be arranged in close proximity, optimizing space usage and facilitating wine production operations by reducing user and fluid path lengths.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If tanks are arranged in parallel rows separated by aisles in a rectangular room, then the layout is simple and easy to implement, but the space utilization is suboptimal and ergonomics are poor
Solution Approach 1:
The patent applies curvature by transitioning from a rectangular room layout to a circular arrangement where tanks are positioned along the perimeter and connected by radial aisles. This circular configuration optimizes space utilization by eliminating wasted corner spaces and enables more efficient radial flow patterns for fluid and personnel movement, directly resolving the contradiction between layout simplicity and space utilization.
Solution Approach 2:
The patent introduces dynamic flow patterns by organizing tanks and aisles in a radial configuration that facilitates convergent flow toward the center. This dynamic arrangement allows flexible adaptation of fluid and personnel flow paths, improving productivity while maintaining operational simplicity through the systematic radial pattern.
2Ease of manufacture
If tanks are arranged in parallel rows, then the arrangement is straightforward, but the distances traveled by users and transported fluids are excessive
Solution Approach 1:
The circular arrangement with radial aisles creates direct pathways from any tank to the center and to other tanks through the radial pattern. This geometric configuration minimizes travel distances compared to linear row arrangements, as users and fluids can move directly along radial lines rather than navigating through multiple aisles and turns.
Solution Approach 2:
The central zone acts as an intermediary hub that facilitates efficient transfer between tanks. By positioning the central area as a convergence point with radial aisles connecting all tanks, the system enables direct access and minimizes intermediate stops or detours, reducing overall travel distance and time.
3Device complexity
If tanks of different sizes are grouped by size in parallel rows, then organization is simplified, but flexibility and adaptability are reduced
Solution Approach 1:
The patent segments the vat room into radial sectors, with each sector capable of housing tanks of different sizes and configurations. This segmentation allows independent arrangement within sectors while maintaining overall organizational simplicity through the radial structure, enabling flexible adaptation to different production needs without compromising the systematic layout.
Solution Approach 2:
The radial sector configuration serves multiple functions: it maintains organizational simplicity through uniform radial spacing while simultaneously providing versatility by allowing different tank sizes and types to be positioned in different sectors. This universal structure can accommodate various production scenarios, from small-scale to large-scale operations, enhancing adaptability.
4Ease of manufacture
If a traditional rectangular vat room is used, then construction is straightforward, but the surface area required for a given wine storage capacity is excessive
Solution Approach 1:
The circular configuration eliminates the wasted space inherent in rectangular layouts, particularly in corners. By arranging tanks along the circular perimeter and using radial aisles, the design achieves more efficient packing density, reducing the total surface area required for a given wine storage capacity while maintaining construction feasibility through standardized circular elements.
Solution Approach 2:
The patent transitions from two-dimensional rectangular grid arrangement to a radial configuration that effectively utilizes the circular perimeter dimension. This dimensional change allows tanks to be positioned more efficiently around the circumference, maximizing storage capacity per unit area by utilizing the radial dimension for organization rather than linear row placement.
Data Source
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AI summary
A fermentation cellar according to the invention comprises vats (18), in particular vats for producing and/or storing wine, a central area (2), at least two aisles (8) that extend radially from the central area (2), and at least one sector (14) which is defined by the central area (2) and two adjoining aisles (8) and in which vats (18) of different diameters are located. A building comprising a fermentation cellar of said type is also disclosed.